DOCSLIB.ORG

High Intensity Gas Fired Infrared Unit Heaters Model IHR, Control Codes 47, 48, 97, 98, 27, and 67

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
High Intensity Gas Fired Infrared Unit Heaters Model IHR, Control Codes 47, 48, 97, 98, 27, and 67 9-512 January 2017 INSTALLATION AND SERVICE MANUAL High Intensity Gas Fired Infrared Unit Heaters Model IHR, Control Codes 47, 48, 97, 98, 27, and 67 INSTRUCTIONS APPLY TO: Installation Operation Maintenance ! WARNING ! HAZARD INTENSITY LEVELS Improper installation, adjustment, alteration, • DANGER: Failure to comply will result in severe service or maintenance can cause property personal injury or death and property damage damage, injury or death. Read the installation, • WARNING: Failure to comply could result in severe operating, and service/maintenance instructions personal injury or death and/or property damage. thoroughly before installing or servicing this • CAUTION: Failure to comply could result in minor equipment. personal injury and/or property damage. ! WARNING ! CONTENTS Gas-Fired appliances are not designed for use in Section Page hazardous atmospheres containing flammable vapors or combustible dust, or atmospheres 1. Safety ....................................................................3 containing chlorinated or halogenated hydrocarbons. 2. Installation .............................................................9 FOR YOUR SAFETY 3. Operation ............................................................ 19 The use and storage of gasoline or other flammable 4. Maintenance .......................................................20 vapors and liquids in the vicinity of this appliance is hazardous. 5. Limited Warranty .................................................24 FOR YOUR SAFETY These heaters must NOT be used in the following applications: If you smell gas: • Enclosed swimming pool areas 1. Open Windows. • Areas with contaminated atmospheres. 2. Do not touch electrical Switches. • Areas requiring explosion-proof equipment. 3. Extinguish any open flame. • Process heating applications. 4. Immediately call your gas supplier. 5. If gas supplier cannot be reached, call fire department. ATTENTION Mount a copy of these instructions adjacent FOR INDOOR INSTALLATION ONLY. to the heater and retain a copy for future NOT FOR RESIDENTIAL USE. reference. IHR Series Manual Contents 1.0 Safety.................................................................... 3 Safety Symbols ....................................................... 3 Applications .......................................................... 3 Clearance to Combustibles .............................................. 4 Gas Connection....................................................... 6 Standards, Certifications and Government Regulations ........................ 6 Safety Signs and Labels ................................................ 8 2.0 Installation . 9 Design . 9 Heater Placement . 10 Total Area Heating ..................................................10 Spot Heating . 11 Heater Mounting . 12 Ventilation ...........................................................13 Gas Supply . 14 Leak Testing . 16 Electrical Requirements and Wiring Diagrams . 17 3.0 Operation ................................................................19 4.0 Maintenance ..............................................................20 Troubleshooting Guide . 21 Heater Assembly Components ...........................................22 Parts Listing..........................................................23 5.0 Limited Warranty . 24 2 ! IHR Series Manual 1.0 Safety • Safety Symbols • Applications 1.0 Safety ! WARNING Improper installation, adjustment, alteration, service, or maintenance can cause property damage, serious injury, or death. Read and understand the installation, operating, and maintenance instructions thoroughly before installing or servicing this equipment. Only trained,! qualified gas installation and service personnel may install or service this equipment. Safety Symbols Safety is the most important consideration during installation, operation, and maintenance of the infrared heater. You will see the following symbols and signal words when there is a hazard related to safety or property damage. Warning indicates a potentially hazardous situation ! WARNING which, if not avoided, could result in death or injury. Caution indicates a potentially hazardous situation ! CAUTION which, if not avoided, could result in minor or moderate injury. Notice indicates a potentially hazardous situation NOTICE which, if not avoided, could result in property damage. Applications This is not an explosion proof heater. Consult your local fire marshal, insurance carrier, and other authorities for approval of the proposed installation. Commercial / Industrial (Indoor Use Only) Infrared heaters are designed and certified for! use in industrial and commercial buildings such as warehouses, manufacturing plants, aircraft hangars, and vehicle maintenance shops. For maximum safety, the building must be evaluated for potential hazards before installing the heater system. A critical safety factor to consider before installation is the clearance to combustibles. Residential This heater is NOT approved for use in any residential application. This includes, but not limited to, attached garages, living quarters, solariums, etc. Consult the local fire marshal and/or insurance provider if unsure of your application. ! WARNING Not For Residential Use. Installation of an infrared heater system in residential indoor spaces, RV’s, mobile homes, etc. may result in property damage, asphyxiation, fire, serious injury, or death. 2 3 1.0 Safety • Clearance to Combustibles IHR Series Manual Clearance to Combustibles ! WARNING Placement of explosive objects, flammable objects, liquids, and vapors close to the heater may result in explosion, fire, property damage, serious injury, or death. Do not store, or use, explosive objects, liquids, and vapor in the vicinity of the heater. Failure to comply with the published clearances to combustibles could result in personal injury, death, and/or property damage. ! CAUTION Signs shall be posted specifying the maximum permissible stacking height in order to maintain clearances to combustibles. Hazards Include: For maximum safety the building must be evaluated for hazards before installing the heater system. Examples include, but are not limited to: • Gas and electrical lines • Vehicle parking areas • Combustible and explosive materials • Vehicles with lifts or cranes • Chemical storage areas • Storage areas with stacked materials • Areas of high chemical fume concentrations • Lights • Provisions for accessibility to the heater • Sprinkler heads • Adequate clearances around air openings • Overhead doors and tracks • Combustion and ventilating air supply • Dirty, contaminated environment A critical safety factor to consider before installation is the clearances to combustibles. Clearance to combustibles is defined as the minimum distance you must have between the infrared surface, or reflector, and the combustible item. Considerations must also be made for moving objects around the infrared heater. The following is a partial list of items to maintain clearances from: Combustible Items Include: Moving Objects Include: • Wood • Overhead doors • Paper • Vehicles on lifts • Fabric • Cranes • Chemicals • Hoists • Wall or roof insulation • Car wash equipment The stated clearance to combustibles represents a surface temperature of 90°F (50°C) above room temperature. Building materials with a low heat tolerance (such as plastic, vinyl siding, canvas, tri-ply, etc.) may be subject to degradation at lower temperatures. It is the installer’s responsibility to assure that adjacent materials are protected from degradation. When installing the infrared heater system, the minimum clearances to combustibles must be maintained. These distances are shown in Chart 1.1 and on the heater. If you are unsure of the potential hazards, consult your local fire marshal, fire insurance carrier, or other qualified authorities on the installation of gas fired infrared heaters for approval of the proposed installation. 4 IHR Series Manual 1.0 Safety • Clearance to Combustibles Chart 1.1 • Clearance to Combustibles in Inches (see Figure 1.1) Model No. Sides Back Top Below/Front IHR 30 30 18 28 72 IHR 60 32 18 40 72* IHR 90 48 30 42 98 IHR 130 48 30 52 120 IHR 160 50 32 60 132 * This clearance is 80 in. when the heater is fitted with a parabolic reflector. NOTE: If the heater is mounted beneath a non-combustible surface, a 24 in. minimum top clearance must be maintained from the top of the heater to prevent overheating the controls. Figure 1.1 • Clearance to Combustibles Top Back Manifold or Control End Side Side Front 20° - 35° Mount Heater Level - Side to Side - Below FRONT VIEW SIDE VIEW 4 5 1.0 Safety • Gas Connection • Standards, Certifications and Government Regulations IHR Series Manual Gas Connection ! WARNING An approved connector, suitable for the environment of equipment usage, is required. Visible or excessive swaying, flexing, and vibration of the gas connectionsmust be avoided to prevent failure. Neither the gas pipe nor the connector shall be placed in the ‘flue discharge area’. In no case shall the gas supply support the weight of the heater. To ensure your safety, and comply with the terms of the warranty, all units must be installed in accordance with these instructions. Standards, Certifications and Government Regulations Installation of this infrared heater must comply with all applicable local, state, and national specifications, regulations and building codes. Contact the local building inspector and/or fire marshal for guidance. In the absence of local codes, the installation
Load more

Recommended publications
  • High Efficiency Infrared Heaters -Featuring Modulation- Advancements in Energy Savings, Controls Interface and Comfort of Infrared Space Heating Introduction
    High Efficiency Infrared Heaters -featuring Modulation- Advancements in Energy Savings, Controls Interface and Comfort of Infrared Space Heating Introduction Differences Relative to Air Heating Design Concepts Application Concepts Heating Mechanism Obtainable Benefits Over Air Heating Comfort Fuel & Electrical Savings Optimum Building Performance Typical Heating Method-Warm Air What Is Infrared? Electromagnetic Spectrum Infrared Spectrum How Does Infrared Energy Heat? Energy Flow: Typical Air Heating Energy Flow: Infrared Heater Reflectivity Emissivity MATERIAL EMISSIVITY @TEMPERATURE °F (wavelength ) Plain Steel 0.79 to 0.81 1000°F (3.6) Aluminized Steel (type 1) 0.20 to 0.50 1000°F (3.6) Aluminized Steel (Heat Treated) 0.80 1000°F (3.6) Porcelainized Steel 0.92 to 0.96 100°F (9.3) Cast Iron 0.95 1000°F (3.6) Stainless Steel ( type 304) 0.44 to 0.62 1000°F (3.6) Stainless Steel (type 430 polished) 0.10 to 0.20 100°F (9.2) Pyromark® Paint 0.80 1000°F (3.6) Absorptivity Concepts of Infrared Heating for Application Cost? Cost? Cost? Length? Input? How How Model? Model? ? ? Many? ? Many? Location? Comfort? Height? Comfort? Comfort? Comfort “A Neutral Thermal Sensation When the Body Regulates Its Internal Temperature with a Minimum of Effort” Too Hot Just Right Too Cold Comfort is Influenced by: Air Temperature Thermal Radiation Air Movement Humidity Activity Clothing Mean Radiant Temperature “The net amount of Infrared Energy available from surfaces to provide comfort” Operative Temperature (To) AIR T = MRT + T o 2 Air Heating
    [Show full text]
  • Financing Household Clean Energy Solutions
    FINANCING HOUSEHOLD CLEAN ENERGY SOLUTIONS A Climate and Clean Air Coalition funded study produced in collaboration between the Frankfurt school UNEP Collaborating centre and UN Environment Finance Initiative Ulaanbaatar, Mongolia June 2018 CONTENT Executive Summary ........................................................................................................................................... i 1. Introduction ...................................................................................................................................................1 2. Key considerations ...................................................................................................................................... 2 2.1. Air pollution drivers .........................................................................................................................2 2.2. Impacts of air pollution....................................................................................................................4 2.3. Policy ....................................................................................................................................................4 2.4. Material considerations in assessment of a technology-based solution ...............................8 2.5. Previous interventions ...................................................................................................................14 3. Lower polluting heating alternatives for households in the ger districts .....................................16
    [Show full text]
  • Infrared Heating Engineering Manual Download
    ENGINEERING MANUAL - APPLICATION INFORMATION -- TABLE OF CONTENTS -- I. INTRODUCTION TO INFRARED ......................................................................................................................................................................................................................................................................................1 A. What Is Infrared? .........................................................................................................................................................................................................................................................................................................................................................................1 B. How Do We Heat With Infrared? .............................................................................................................................................................................................................................................................................................................4 C. Infrared Heat For Body Comfort ...............................................................................................................................................................................................................................................................................................................7 D. Advantages Of Heating With Gas-Fired Infrared ................................................................................................................................................................................................................................................8
    [Show full text]
  • Owner's Manual
    BioSmart Technologies BioSmart® On-Wall Far Infrared Heaters. Feel the Difference. B I O S M A R T ® Therapeutic Infrared Heat BioSmart® Owner’s Manual . Therapeutic infrared heating systems for a green, healthy environment Save these Instructions Includes: Application Guidelines User Information & Guidelines Operating Instructions Warranty & Servicing For BIO-1500PC Classic series and Model BIO-1500PB Basic Edition BioSmart® BIO-1500PCP Premium Classic BioSmart® BIO-1500PB Basic Edition Customer/Warranty Service: 800-595-9605 Page 1 Table of Contents Congratulations on Your Purchase! 2 Why Use a BioSmart® Heater 4 BioSmart® Heater Features & Functions 6 BioSmart® Heater Features & Functions 7 USE RESTRICTIONS 8 Unpacking Your New BioSmart® Heater 9 Heater Care & Storage 9 Suggestions for Best Performance 10 Operating Instructions at a Glance 11 Detailed Operating Instructions (1500PC) 12 Turning Power On 12 Turning Power Off 12 Setting the Temperature 12 Setting the Timer 13 Detailed Operating Instructions (1500PB) 14 Turning Power On 14 Turning Power Off 14 Setting the Temperature 14 Switching Between Fahrenheit & Celsius 14 Maintenance Instructions 15 Frequently Asked Questions 16 Troubleshooting Your BioSmart® Heater 17 BioSmart® Heater Specifications (1500PC) 18 BioSmart® Heater Specifications (1500PB) 19 Diagram of BioSmart® Heater (1500PC Series) 20 Diagram of BioSmart® Heater (1500PB) 21 Calibration Procedure for the Thermostat 22 Electrical Schematic (1500PCP) 23 Electrical Schematic (1500PB) 23 Warranty & Service Information 24 ©2016 BioSmart Technologies Page 2 Congratulations on Your Purchase! Congratulations on purchasing your BioSmart® Therapeutic Quartz Far Infrared Heater! One of the best things about using your new BioSmart® Therapeutic Quartz Far Infrared Heater is the money you will save on gas and electric bills.
    [Show full text]
  • Gas Fired Infrared Heaters Have Three Items to Create 1) Combustion of the Fuel Gas
    A Detroit Radiant Products Company White Paper A Detroit Radiant Products Company White Paper Frequently Asked Questions (FAQ’s) Gas-Fired Infrared Heater Efficiency Conversion Diagram When heating with gas fired infrared heating appliances, there are four key steps in the Q: If an infrared heater has a high thermal efficiency, doesn’t that mean I will save gas-to-useful heat process that need to be considered. energy? The Combustion Triangle A: Although thermal efficiency is an important factor of an infrared heating appliance, it alone These steps are: The combustion process must does not account for the mechanism in which the appliance heats a building - Infrared energy. Gas Fired Infrared Heaters have three items to create 1) Combustion of the fuel gas. Limiting the analysis of an infrared heater to thermal efficiency only depicts how much energy and sustain a flame: Fuel, 2) Thermal transfer of the heat energy into the appliance. the appliance has retained from leaving the flue. Exclusively, thermal efficiency does not Understanding Efficiencies Oxygen, and Heat. 3) Radiant energy leaving the appliance. demonstrate how much energy will be saved when evaluating an infrared heater. This White Paper presents the differences between efficiencies in terms of measuring the operational benefits of 4) Distributing the radiant energy into a useful pattern. infrared heaters. Data presented represents an in-depth analysis of industry practices and on-site testing at our approved laboratory. Q: Where can I find the information for radiant efficiency, pattern efficiency, or the Taking into account the efficiency of each step is crucial in understanding the overall AFUE rating for my infrared heater? effectiveness of an infrared heater.
    [Show full text]
  • Implementing a New Drying Oven at Pacific Can
    Implementing a New Drying Oven at Pacific Can A Major Qualifying Project Submitted to the Faculty of WORCESTER POLYTECHNIC INSTITUTE In Partial Fulfillment of the Requirements for the Degree of Bachelor of Science By: Joseph Atchue______________________________ Kyle Chang________________________________ Gilberto Hernandez__________________________ Khoa Tan_________________________________ Project Advisors: Professor Jianyu Liang______________________ Professor Amy Zeng________________________ Contents Table of Figures ............................................................................................................................................ 5 Table of Tables.............................................................................................................................................. 8 Abstract ......................................................................................................................................................... 9 Acknowledgements .................................................................................................................................... 10 Authorship .................................................................................................................................................. 11 Executive Summary ..................................................................................................................................... 14 Problem Statement ................................................................................................................................
    [Show full text]
  • Evidence Gathering for Electric Heating Options in Off Gas Grid Homes: Final Report
    Evidence gathering for electric options in OGG households Element Energy Evidence gathering for electric heating options in off gas grid homes: Final Report BEIS Research Paper no: 2019/021 April 2019 Element Energy Limited Suite 1 Bishop Bateman Court Thompson’s Lane Cambridge CB5 8AQ Tel: 01223 852499 Fax: 01223 353475 1 Evidence gathering for electric options in OGG households BEIS Project team Sam Foster [email protected] Fiona Hughes [email protected] Ian Walker [email protected] 2 Evidence gathering for electric options in OGG households BEIS Table of Contents Project team ............................................................................................................................................ 2 1 Executive Summary ......................................................................................................................... 6 Acknowledgements ........................................................................................................................ 10 Glossary ......................................................................................................................................... 11 2 Introduction .................................................................................................................................... 12 2.1 Context and objectives .......................................................................................................... 12 2.2 Methodology .........................................................................................................................
    [Show full text]
  • Putting It All Together: Infrared Heat and Ceramicx ENGINEERING COMPETENCIES PRODUCT GUIDE TYPES of HEATERS NEW BUILDING CERAMICX INFRARED for INDUSTRY
    HeatWorksHeatWorks 20 │ www.ceramicx.com Putting it all together: Infrared Heat and Ceramicx ENGINEERING COMPETENCIES PRODUCT GUIDE TYPES OF HEATERS NEW BUILDING CERAMICX INFRARED FOR INDUSTRY Welcome A fresh look at a new science A new factory certainly gives inspiration to take a fresh look at all manner of things. Such is the case here at Ceramicx and especially with regard to this the 20th issue of our in-house magazine – HeatWorks. We have chosen to celebrate our newly constructed facilities with a companion issue of the magazine – one that reminds, re-iterates and underscores the fundamentals of the science of Infrared heating. It is my hope that the reader retains this magazine issue as a regular primer and refresher on these IR heating matters. Four sections cover the ground; Principal types of IR heaters Primary Industrial Applications for IR heating Energy and radiation fundamentals Control and measurement of IR energy and heating. Make no mistake, Ceramicx is at the forefront of the scientific advancement of Infrared heating: Our commercial successes on five continents simply attest to the superior technical and scientific nature of our manufacturing and our resulting products and heaters. Empirical scientific research backs everything we do. And - as this magazine issue clearly shows - such IR science is not approximate. No ‘black art’ skills are required here. Instead, the clean, green and cost-effective energy solution for the C21 is becoming better understood and applied with every passing year. The new Ceramicx factory and enterprise remains at the cutting edge of that advancement. Frank Wilson Managing Director, Ceramicx Ltd.
    [Show full text]
  • Truegreen Techn
    . TM Easy Installation TrueGreenBIOSMART TechnologiesTECHNOLOGIES The BIO-1500FTA was designed for installation in a standard 2"×4" wall with either 1/2" or 5/8" sheetrock. The unit comes with brackets for both new installations and retrofits. Order Information: . The BIO-1500FTA can be mounted from 12" above the floor up to 12" down from the ceiling. BioSmart® Ceramic Far Infrared In-Wall Heaters The most environmentally safe and energy efficient zoned heating system on the market today is now available with: Online Product Information: 12” Brackets for Built in Thermostat and Independent new installation 3-Stage Air Purification! Coupon Code: Brackets for retrofit installation Installation Range BioSmart Technologies • Far Infrared is the most efficient heating source - up to 35% 18324 Cook Road SE, Ste 1 more absorbable heat per kilowatt than conventional heat sources. 12” Yelm, Washington 98597 • Infrared waves - migrate through the room faster, preventing cold spots & temperature displacements between walls, floor & ceiling. • Dual power settings - provide maximum versatility. • Therapeutic - far infrared heat provides health benefits not obtainable from conventional heating sources. • Quiet, Energy Efficient, and Reliable - proprietary far infrared heating elements, advanced electronics, and quality construction make BioSmart® heaters the best value for your money. ©2014 BIOSMART TECHNOLOGIES BG1 BioSmart® In-Wall Far Infrared Heater Why Buy a Far Infrared Heater? Five years ago BioSmart Technologies was the first company BIO-1500FTA/120v, 220v Specification to introduce zoned infrared heating systems in North Far Infrared radiant heat is a completely safe form of 18" × 14.5" × 4" (H×W×D) naturally occurring radiant energy, and is the most America.
    [Show full text]
  • Heaters Buyer's Guide
    Heaters Buyer's Guide FarmTech – 2012 http://www.farmtek.com Whether you own a home, greenhouse, barn, workshop or warehouse, you will need to efficiently heat the space. Knowing the different types of heating systems available and the best type for your needs will help you make an informed decision for your specific application. What are the different types of heat? In order to understand common heating systems, it is important to know the difference between the three types of heat, which are conduction, convection and radiant. Conduction is the transfer of thermal energy from one object directly to another by contact. Touching a hot or cold object is an example of conduction. Convection is the transfer of thermal energy from one object to another by heating the air between the two. An example of convection heating is heating the air inside a building, thereby raising the temperature of the objects within the space. Radiant (infrared) heating is the transfer of heat from a high-temperature object to a low-temperature object. The air in between the objects is not heated; radiant heat only heats the objects it comes in contact with. An example of this would be the sun-warming the Earth. Convection Heating Radiant (infrared) Heating Radiant (infrared) Heating What are the different types of heaters and which one is best for my application? When choosing which type of heater is best for you, it is important to consider which applications each heater is ideal for. FarmTek offers in-floor heating systems, spot, tube, forced-air and electric heaters, each with advantages for different situations.
    [Show full text]
  • Save Money and Stay Warm This Winter with a Lifesmart Speciality Infrared Heat System
    SAVE MONEY AND STAY WARM THIS WINTER WITH A LIFESMART SPECIALITY INFRARED HEAT SYSTEM •A GUIDE TO SAVING ENERGY THAT PROTECTS OUR ENVIORMENT AND REDUCES OUR DEPENDENCE ON FOSSIL FUELS •FAQ SECTION ON HOW OUR INFRARED HEATERS WORK FOR YOU IN YOUR HOME •QUESTIONS?? CONTACT A HEATER EXPERT TODAY CALL 866-484-2066 E MAIL: [email protected] The Energy Saving Green Alternative To Home Heating A GUIDE TO SAVING ENERGY THAT PROTECTS OUR ENVIORMENT AND REDUCES OUR DEPENDENCE ON FOSSIL FUELS Why LIFESMART Heaters Protect The Environment • Our Heaters produce 0 emissions unlike Wood, Pellet, Gas, Oil or Propane. • Most electric is produced by Hydro Power which is a renewable resource that does not leave a carbon footprint. Fossil Fuels and Gas Fuels are not renewable and therefore hurt the environment today and in the future. • The LIFESMART Heater uses less energy to heat the same area also reducing the impact on the environment as well as a cost savings to the consumer. LIFESMART vs. Electric Baseboard FACT According to The Cadet Electric Baseboard Heating Company (http://www.cadetco.com/rec_watts.php) it Takes 6000 Watts to heat 1000 square feet. FACT The LIFESMART Infrared Heater heats 1000 square feet at 1500 Watts FACT At 10 cents a Kilowatt Hour the Electric Baseboard Heat costs 60 cents an hour to operate FACT At 10 cents a Kilowatt Hour The LIFESMART Infrared Heater costs 15 cents an hour to operate CONCLUSION The LIFESMART Infrared Heater Consumes 75% LESS energy to heat the same area. This results in not only less energy consumption but substantial energy savings.
    [Show full text]
  • Portable Quartz Infrared Heater
    MODELS HS–1500-ILO HS-1500-ISM HS-1500-IRI HS-1500-ISA HS-1500-IMO PORTABLE QUARTZ INFRARED HEATER OWNERS OPERATING MANUAL Thank you and congratulations on your purchase of your Heat Storm™ infrared heater. PLEASE READ THE OPERATING INSTRUCTIONS BEFORE USING THIS APPLIANCE. WARNING IF THE INFORMATION IN THIS MANUAL IS NOT FOLLOWED EXACTLY, AN ELECTRIC SHOCK OR FIRE MAY RESULT CAUSING PROPERTY DAMAGE, PERSONAL INJURY OR LOSS OF LIFE. DO NOT STORE OR USE GASOLINE OR OTHER FLAMMABLE VAPORS AND LIQUIDS IN THE VICINITY OF THIS OR ANY OTHER APPLIANCE. IMPORTANT READ ALL INSTRUCTIONS AND WARNINGS CAREFULLY BEFORE OPERATING. FAILURE TO FOLLOW THESE INSTRUCTIONS MAY RESULT IN A POSSIBLE ELECTRIC SHOCK, FIRE HAZARD AND/OR INJURY AND WILL VOID THE WARRANTY. IMPORTANT INSTRUCTION HEATER LOCATION Read all instructions before using this heater. To disconnect heater, turn controls to the off, then remove When choosing a location for your new heater, ensure that the general instructions are followed. Also, for best effect, install the This heater is hot when in use. To avoid burns, do not let bare plug from outlet. heater out of direct sunlight. Cold climate installation recommendation: when installing this unit against a non-insulated exterior skin touch hot surfaces. If provided, use handles when moving Connect to properly grounded outlets only. wall or chase, it is mandatory that the outer walls be insulated to conform to applicable insulation codes. this appliance. Keep combustible materials, such as furniture, This appliance, when installed, must be electrically grounded pillows, bedding, papers, clothes and curtains at least 3 feet in accordance with local codes or, in the absence of local (0.9 m) from the front of the heater and keep them away from codes, with the current CSA C22.1 Canadian Electrical Code the sides and rear.
    [Show full text]